04/20/2015|CIMT 2015, Asian premiere – DMC 1450 V

Vertical milling with a 700-mm Y-axis for workpieces weighing up to 2,000 kg

DMC 1450 V – DMG MORI rounds off its vertical series with its fourth and largest model.

With the DMC 1450 V DMG MORI will be presenting a new construction size in the field of vertical machining centers for the Asian market at the CIMT 2015. Travel paths of 1,450 × 700 × 550 mm and the large rigid table with a clamping surface of 1,700 × 750 mm and loading capacity of 2,000 kg allow the machining of an extensive range of components. Like the other machines in this series, the standard equipment of the DMC 1450 V includes a 14,000 rpm basic spindle with a torque of 121 Nm, rapid traverses of up to 36 m/min and a 20-pocket tool magazine.

wing on its experience from over 10,000 installed vertical machining centers, DMG MORI has now completely redesigned the third generation of the DMC V series. The basis of the vertical machining centers is a machine bed made of polymeric concrete with an overhead slide unit. The rigid table is designed for workpieces weighing up to 2,000 kg while the guideways and ball screws have been enlarged by 28 and 25 % respectively. In addition the innovative Thermal Control cooling concept guarantees highest machining accuracy.

As the largest version in the series, the DMC 1450 V not only offers maximum travel paths, a multitude of options also make the vertical machining center a productive helper in every production hall. Where the spindles are concerned there is an SK50 303-Nm spindle available for heavy machining, for example, and the tool magazine can be expanded to hold up to 120 tools.

In order to enable ergonomic and intuitive operation for the users, the DMC 1450 V, like all new high-tech machines from DMG MORI, comes in the manufacturer’s new design and equipped with CELOS. The latter ensures the fastest way from the idea to the finished product, while the CELOS APPs allow consistent management, documentation and visualisation of order, process and machine data.